CN203615918U

CN203615918U - Detecting mechanism of automatic assembling and detecting machine for door locks

Info

Publication number: CN203615918U
Application number: CN201320700841.4U
Authority: CN
Inventors: 张容
Original assignee: Osuga Machine Suzhou Co Ltd
Current assignee: Osuga Machine Suzhou Co Ltd
Priority date: 2013-11-07
Filing date: 2013-11-07
Publication date: 2014-05-28
Anticipated expiration: 2023-11-07

Abstract

The utility model discloses a detecting mechanism of an automatic assembling and detecting machine for door locks. The detecting mechanism of the automatic assembling and detecting machine for the door locks comprises a vertical stand column. An upper transverse supporting rod and a lower transverse supporting rod are fixed on the vertical stand column, a vertical mounting plate is fixed on the transverse supporting rod at the upper end, a vertical air cylinder is fixedly arranged at the upper end of the vertical mounting plate, the piston rod of the vertical air cylinder is fixed on a supporting plate, a plurality of vertical supporting columns are fixedly arranged on the lower end face of the supporting plate, the lower ends of the vertical supporting columns are fixed on a square mounting block, a plurality of T-shaped locating rods are inserted in the square mounting block in a penetrating mode, the locating rods are sleeved with compression springs, the upper ends of the compression springs press and butt against the lower end face of the square mounting block, and the upper ends of the locating rods penetrate through the square mounting block and then are fixedly provided with limiting blocks. The detecting mechanism of the automatic assembling and detecting machine for the door locks is capable of effectively carrying out automatic detection and needless for manual detection, reduces detecting errors and allocated operating personnel, and saves labor cost. Meanwhile, the detecting speed is improved through automatic detection, and thus production efficiency is improved.

Description

Door lock automatic Composition detects the testing agency of machine

Technical field:

The utility model relates to automobile door lock kludge technical field, detects the testing agency of machine more specifically to door lock automatic Composition.

Background technology:

Automobile door lock is the important component part in present automobile safety system.The mounting process of present automobile door lock is generally the riveted joint of first carrying out riveting screw on door lock, then carries out the fastening of screw, and then carries out padlock, detection and release operation.And distance between solution locking plate and mounting bracket that detecting gate is locked is enough to meet standard to be mounted in the key that can door lock on automobile release, because assembling and the detection of existing automobile door lock are generally to adopt manually, vary with each individual and detect in detection operation, detect data and there is certain error, and adopt manually detection also indirectly to reduce production efficiency.

Utility model content:

The purpose of this utility model is exactly the deficiency for prior art, and provides a kind of new door lock automatic Composition to detect the testing agency of machine, and it can realize automatic detection, reduces to detect error, enhances productivity.

For achieving the above object, technology solution of the present utility model is as follows:

Door lock automatic Composition detects the testing agency of machine, comprise vertical upright column, on vertical upright column, be fixed with upper and lower two groups of lateral strut, in the lateral strut of upper end, be fixed with vertical installing plate, the upper end of vertical installing plate is fixed with vertical cylinder, the piston rod of vertical cylinder is fixed in back up pad, on the lower surface of back up pad, be fixed with some vertical pillars, the lower end of vertical pillar is fixed on square mounting blocks, on square mounting blocks, be interspersed with some T-shaped backstays, backstay upper sleeve has stage clip, the upper end of stage clip is pressed against on the lower surface of square mounting blocks, the upper end of described backstay is fixed with limited block through square mounting blocks,

In the lateral strut of described lower end, be fixed with horizontal installing plate, horizontal installing plate is fixed with two groups of cylinder mounting plates that acutangulate shape, the rear end of cylinder mounting plate is fixed with lateral cylinder, on the piston rod of lateral cylinder, be fixed with slide block, slide block sleeve is on guide rail, guide rail is fixed on cylinder mounting plate, fixing due to flat cylinder on the lateral surface of described slide block, on the piston rod of flat cylinder, be fixed with installing plate, on the front end face of installing plate, be fixed with orienting sleeve, in orienting sleeve, be interspersed with the detecting head of discrete sensor, described discrete sensor is fixed on the upper surface of slide block.

As technique scheme preferably, described guide rail has two groups, two groups of guide rails acutangulate shape and are separately fixed at two groups of cylinder mounting plates, the acute angle angle that the acute angle angle that two groups of cylinder mounting plates form forms with two groups of guide rails is identical.

As technique scheme preferably, the length of the orienting sleeve on described installing plate is less than the length of the detecting head of discrete sensor.

As technique scheme preferably, described horizontal installing plate is fixed on the lower surface of lateral strut of lower end, cylinder mounting plate is fixed on the lower surface of horizontal installing plate.

The beneficial effects of the utility model are: it can detect effectively automatically, without manual detection, in reducing to detect error, reduce operating personnel's configuration, save labour turnover, adopt automatically to detect simultaneously and improved the speed detecting, improved production efficiency.

Accompanying drawing explanation:

Below in conjunction with accompanying drawing, the utility model is described further:

Fig. 1 is structural representation of the present utility model;

Fig. 2 is the structural representation of another angle of the utility model;

Fig. 3 is the structural representation of the another angle of the utility model.

Symbol description in figure:

21, vertical upright column; 22, lateral strut; 41, vertical installing plate; 42, vertical cylinder; 43, back up pad; 44, vertical pillar; 45, square mounting blocks; 46, backstay; 47, stage clip; 48, limited block; 49, horizontal installing plate; 401, cylinder mounting plate; 402, guide rail; 403, lateral cylinder; 404, slide block; 405, discrete sensor; 406, flat cylinder; 407, installing plate; 408, orienting sleeve.

Embodiment:

Embodiment: see shown in Fig. 1 to 3, door lock automatic Composition detects the testing agency of machine, comprise vertical upright column 21, on vertical upright column 21, be fixed with upper and lower two groups of lateral strut 22, in the lateral strut 22 of upper end, be fixed with vertical installing plate 41, the upper end of vertical installing plate 41 is fixed with vertical cylinder 42, the piston rod of vertical cylinder 42 is fixed in back up pad 43, on the lower surface of back up pad 43, be fixed with some vertical pillars 44, the lower end of vertical pillar 44 is fixed on square mounting blocks 45, on square mounting blocks 45, be interspersed with some T-shaped backstays 46, backstay 46 upper sleeves have stage clip 47, the upper end of stage clip 47 is pressed against on the lower surface of square mounting blocks 45, the upper end of described backstay 46 is fixed with limited block 48 through square mounting blocks 45,

In the lateral strut 22 of lower end, be fixed with horizontal installing plate 49, horizontal installing plate 49 is fixed with two groups of cylinder mounting plates 401 that acutangulate shape, the rear end of cylinder mounting plate 401 is fixed with lateral cylinder 403, on the piston rod of lateral cylinder 403, be fixed with slide block 404, slide block 404 sleeves are on guide rail 402, guide rail 402 is fixed on cylinder mounting plate 401, fixing due to flat cylinder 406 on the lateral surface of slide block 404, on the piston rod of flat cylinder 406, be fixed with installing plate 407, on the front end face of installing plate 407, be fixed with orienting sleeve 408, in orienting sleeve 408, be interspersed with the detecting head of discrete sensor 405, described discrete sensor 405 is fixed on the upper surface of slide block 404.

Guide rail 402 has two groups, and two groups of guide rails 402 acutangulate shape, and to be separately fixed at the acute angle angle that acute angle angle that 401, two groups of cylinder mounting plates 401 of two groups of cylinder mounting plates form forms with two groups of guide rails 402 identical.

The length of the orienting sleeve 408 on installing plate 407 is less than the length of the detecting head of discrete sensor 405.

Horizontal installing plate 49 is fixed on the lower surface of lateral strut 22 of lower end, and cylinder mounting plate 401 is fixed on the lower surface of horizontal installing plate 49.

Principle of work: when work, the automobile door lock of having locked is entered to testing agency, the piston rod of vertical cylinder 42 stretches out, backstay 46 on its square mounting blocks 45 positions and compresses automobile door lock, then the piston rod of lateral cylinder 403 stretches out the discrete sensor 405 making on slide block 404 and moves to automobile door lock, simultaneously orienting sleeve 408 stretches out solution locking plate to the door lock of getting on the car and the tail end of mounting bracket forward under the effect of flat cylinder 406, and whether the distance detecting between it by the detecting head of discrete sensor 405 meets standard.

Above content is only preferred embodiment of the present utility model, for those of ordinary skill in the art, according to thought of the present utility model, all will change in specific embodiments and applications, this description should not be construed as restriction of the present utility model.

Claims

1. door lock automatic Composition detects the testing agency of machine, comprise vertical upright column (21), on vertical upright column (21), be fixed with upper and lower two groups of lateral strut (22), it is characterized in that: in the lateral strut (22) of upper end, be fixed with vertical installing plate (41), the upper end of vertical installing plate (41) is fixed with vertical cylinder (42), the piston rod of vertical cylinder (42) is fixed in back up pad (43), on the lower surface of back up pad (43), be fixed with some vertical pillars (44), the lower end of vertical pillar (44) is fixed on square mounting blocks (45), on square mounting blocks (45), be interspersed with some T-shaped backstays (46), backstay (46) upper sleeve has stage clip (47), the upper end of stage clip (47) is pressed against on the lower surface of square mounting blocks (45), the upper end of described backstay (46) is fixed with limited block (48) through square mounting blocks (45),

In the lateral strut (22) of described lower end, be fixed with horizontal installing plate (49), horizontal installing plate (49) is fixed with the two groups of cylinder mounting plates (401) that acutangulate shape, the rear end of cylinder mounting plate (401) is fixed with lateral cylinder (403), on the piston rod of lateral cylinder (403), be fixed with slide block (404), slide block (404) sleeve is on guide rail (402), guide rail (402) is fixed on cylinder mounting plate (401), fixing due to flat cylinder (406) on the lateral surface of described slide block (404), on the piston rod of flat cylinder (406), be fixed with installing plate (407), on the front end face of installing plate (407), be fixed with orienting sleeve (408), in orienting sleeve (408), be interspersed with the detecting head of discrete sensor (405), described discrete sensor (405) is fixed on the upper surface of slide block (404).

2. door lock automatic Composition according to claim 1 detects the testing agency of machine, it is characterized in that: described guide rail (402) has two groups, two groups of guide rails (402) acutangulate shape and are separately fixed at two groups of cylinder mounting plates (401), and the acute angle angle that two groups of cylinder mounting plates (401) form is identical with the acute angle angle that two groups of guide rails (402) form.

3. door lock automatic Composition according to claim 1 detects the testing agency of machine, it is characterized in that: the length of the orienting sleeve (408) on described installing plate (407) is less than the length of the detecting head of discrete sensor (405).

4. door lock automatic Composition according to claim 1 detects the testing agency of machine, it is characterized in that: described horizontal installing plate (49) is fixed on the lower surface of lateral strut (22) of lower end, and cylinder mounting plate (401) is fixed on the lower surface of horizontal installing plate (49).